"Tool steel" Quotes from Famous Books
... always clear as to just what makes the difference between iron and steel. We know that high-carbon steel makes a better cutting tool than low-carbon steel. And yet carbon alone does not make all the difference because we know that cast iron has more carbon than tool steel and yet it does not make ... — The Working of Steel - Annealing, Heat Treating and Hardening of Carbon and Alloy Steel • Fred H. Colvin
... interests controlled the foreign tungsten situation prior to the war; two-thirds of its excess output of ferrotungsten was consumed by England and the balance principally by the United States and France. Other consumers in the main satisfied their requirements by imports of tool steel from these four countries. ... — The Economic Aspect of Geology • C. K. Leith
... permanent record of the stuff of which the ball was made. The ball itself is sealed in a tube, so that any one who is curious to see it can do so. Finding that the crushing faces were not sufficiently hard, I made two anvils of the best tool steel, and very carefully hardened them. These, though they were impressed slightly, were sufficiently good for the purpose. In the following table are the results of the ... — Scientific American Supplement, No. 447, July 26, 1884 • Various
... detachable heads and broomstick handles—more like dwarf halberds than ice-axes; and at least two workmanlike axes were indispensable. So the head of an axe was sawn to the pattern of the writer's out of a piece of tool steel and a substantial hickory handle and an iron shank fitted to it at the machine-shop in Fairbanks. It served excellently well, while the points of the fancy axes from New York splintered the first time they were used. "Climbing-irons," or "crampons," were also to make, no New York ... — The Ascent of Denali (Mount McKinley) - A Narrative of the First Complete Ascent of the Highest - Peak in North America • Hudson Stuck
... Tool steel. Steel designed for use in the manufacture of edged tools and similar articles should be relatively free from silicon and phosphorus, but should contain from 0.5 to 1.5% carbon. The percentage of carbon should be regulated by the exact use to which the steel is to be put. Steel of this ... — An Elementary Study of Chemistry • William McPherson |